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Replace `<PATH-TO-THE-RSKJ-JAR>` with the actual path to your JAR file. For example, `C:/RskjCode/rskj-core-6.5.0-ARROWHEAD-all.jar`.
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Replace `<PATH-TO-THE-RSKJ-JAR>` with the actual path to your JAR file. For example, `C:/RskjCode/rskj-core-7.0.0-LOVELL-all.jar`.
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:::
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## Using Import Sync
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:::info[Info]
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After starting the node, if there's no output, this means it's running correctly.
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After starting the node, if there's no output, this means it's running correctly.
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:::
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1. To confirm, open a new console tab (it is important you do not close this tab or interrupt the process) and test the node's RPC server. A sample cURL request:
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```
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:::tip[Tip]
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Replace `<PATH-TO-THE-RSKJ-FATJAR>` with the actual path to your jar file. For example: `C:/RskjCode/rskj-core-6.5.0-ARROWHEAD-all.jar`.
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:::
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Replace `<PATH-TO-THE-RSKJ-FATJAR>` with the actual path to your jar file. For example: `C:/RskjCode/rskj-core-7.0.0-LOVELL-all.jar`.
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## Install via Direct Downloads
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You can also download the RSKj Ubuntu Package for the latest RSKj release `ARROWHEAD 6.5.0` and install it with the `dpkg` command. Follow this [download link](https://launchpad.net/~rsksmart/+archive/ubuntu/rskj/+packages) to download the matching package for your ubuntu system.
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You can also download the RSKj Ubuntu Package for the latest RSKj release `LOVELL 7.0.0` and install it with the `dpkg` command. Follow this [download link](https://launchpad.net/~rsksmart/+archive/ubuntu/rskj/+packages) to download the matching package for your ubuntu system.
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```shell
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# first install openjdk-17-jre or oracle-java17-installer
You should get the following as the final response,
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You should get the following as the final response,
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after running the above steps:
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```bash
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To create a reproducible build, run the command below in the same directory:
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```bash
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docker build -t rskj/6.5.0-arrowhead .
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docker build -t rskj/7.0.0-lovell .
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```
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:::danger[Error]
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The last step of the build prints the `sha256sum` of the files, to obtain `SHA-256` checksums, run the following command in the same directory as shown above:
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```bash
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docker run --rm rskj/6.5.0-arrowhead sh -c 'sha256sum * | grep -v javadoc.jar'
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```
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## Check Results
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You can check the SHA256 sum of the result file and compare it to the one published by Rootstock for that version.
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@@ -53,7 +53,7 @@ Here are some frequently asked questions about the Rootstock and RIF Platforms.
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<Accordion.Item eventKey="5">
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<Accordion.Header as="h3">What is the current state of the Rootstock project?</Accordion.Header>
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<Accordion.Body>
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- As of March 2024, the latest released version of Rootstock is the [Arrowhead v6.0.0](https://github.com/rsksmart/rskj/releases), an update that is mainly focused on bringing Ethereum compatibility enhancements to the Rootstock virtual machine, along with notable improvements and performance optimization in the PowPeg protocol. Read more [Arrowhead 6.0.0: What You Need To Know About Rootstock’s Upcoming Network Upgrade](https://blog.rootstock.io/noticia/arrowhead-6-0-0/)
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- As of February 2025, the latest released version of Rootstock is the [Lovell v7.0.0](https://github.com/rsksmart/rskj/releases), an update that is mainly focused on bringing Ethereum compatibility enhancements to the Rootstock virtual machine, along with notable improvements and performance optimization in the PowPeg protocol. Read more [Introducing Lovell 7.0.0: What You Need To Know About Rootstock’s Upcoming Network Upgrade](https://blog.rootstock.io/noticia/introducing-lovell-7-0-0/)
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- Live statistics about the entire Rootstock network are available at Rootstock Stats, and all the necessary source codes can be found at the Rootstock GitHub organization: [github.com/rsksmart](https://github.com/rsksmart).
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</Accordion.Body>
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</Accordion.Item>
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<Accordion.Item eventKey="10">
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<Accordion.Header as="h3">How is Rootstock different from drivechains?</Accordion.Header>
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<Accordion.Body>
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- A drivechain is a special sidechain with a specific type of 2 way peg called “hashrate escrow.” This peg mechanism gives most Bitcoin miners control of sidechain withdrawals but incentivizes miners to be honest and not abuse their powers. To achieve this, miners publicly confirm or reject withdrawals during a long period that can last 3 months. During this period, the community can detect cheaters that confirm invalid withdrawals. The peg is secure as long as there are strong long-term incentives for the honest majority of miners not to cheat. Rootstock, on the contrary, does not rely on monetary incentives. It uses a federation of PowHSM devices, and the tamper-proof devices vote on withdrawals. At the same time, each device enforces the same type of “hashrate escrow” but with a much-reduced timeframe of days. Therefore both Drivechains and Rootstock require the miner hashrate to support every withdrawal.
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- A drivechain is a special sidechain with a specific type of 2 way peg called “hashrate escrow.” This peg mechanism gives most Bitcoin miners control of sidechain withdrawals but incentivizes miners to be honest and not abuse their powers. To achieve this, miners publicly confirm or reject withdrawals during a long period that can last 3 months. During this period, the community can detect cheaters that confirm invalid withdrawals. The peg is secure as long as there are strong long-term incentives for the honest majority of miners not to cheat. Rootstock, on the contrary, does not rely on monetary incentives. It uses a federation of PowHSM devices, and the tamper-proof devices vote on withdrawals. At the same time, each device enforces the same type of “hashrate escrow” but with a much-reduced timeframe of days. Therefore both Drivechains and Rootstock require the miner hashrate to support every withdrawal.
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- Drivechains are promising but not currently available as they require a soft-fork in Bitcoin, which has been historically considered controversial and may never be performed. While drivechains may provide greater decentralization, the drivechain peg mechanism has never been tested, so the drivechain peg security is still uncertain.
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</Accordion.Body>
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</Accordion.Item>
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</Accordion.Body>
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</Accordion.Item>
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</Accordion>
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## Rootstock and RIF Token
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- The Rootstock 2 way peg is a protocol that allows users to transfer bitcoins from the Bitcoin blockchain to the Rootstock blockchain and back, creating a token called RBTC that is pegged to the value of Bitcoin. The Rootstock 2 way peg works by locking bitcoins in a multi-signature address on the Bitcoin side and releasing an equivalent amount of RBTC on the Rootstock side. The reverse process is also possible by burning RBTC on the Rootstock side and unlocking bitcoins on the Bitcoin side. A group of reputable organizations controls the multi-signature address called the PowPeg Federation, which uses special hardware devices called PowHSMs to protect private keys and validate transactions. The PowHSMs only sign transactions approved by both the Rootstock and Bitcoin networks using a proof-of-work mechanism. This way, the Rootstock 2 way peg ensures high security and decentralization for the peg-in and peg-out transactions.
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